private List <Utxo> GetUnconfirmedUtxo(PaymentAddress address)
{
var unconfirmedUtxo = new List <Utxo>();
using (var addresslist = new PaymentAddressList())
{
addresslist.Add(address);
using (var unconfirmedTxs = chain_.GetMempoolTransactions(addresslist, nodeExecutor_.UseTestnetRules))
{
foreach (var unconfirmedTx in unconfirmedTxs)
{
unconfirmedUtxo.Add(new Utxo
{
address = address.Encoded,
txid = Binary.ByteArrayToHexString(unconfirmedTx.Hash),
vout = 0, //TODO FIX replace with proper tx index
amount = Utils.SatoshisToCoinUnits(unconfirmedTx.TotalOutputValue),
satoshis = (long)unconfirmedTx.TotalOutputValue,
height = -1,
confirmations = 0
});
}
}
}
return(unconfirmedUtxo);
}
public void GetMempoolTransactions()
{
using (var addresses = new PaymentAddressList()) {
addresses.Add(new PaymentAddress("1PDatg81sEwirJU3QUKcGLyfQC6epZNyiL"));
using (var list = nodeFixture_.Node.Chain.GetMempoolTransactions(addresses, true)) {
Assert.True(list.Count >= 0);
}
}
}
public void GetMempoolTransactions()
{
using (var addresses = new PaymentAddressList()) {
addresses.Add(new PaymentAddress("bchtest:qp7d6x2weeca9fn6eakwvgd9ryq8g6h0tuyks75rt7"));
using (var list = nodeFixture_.Node.Chain.GetMempoolTransactions(addresses, true))
{
Assert.True(list.Count >= 0);
}
}
}
private void GetUnconfirmedTransactionPositions(PaymentAddress address, SortedSet <Tuple <Int64, string> > txPositions)
{
using (var addresslist = new PaymentAddressList())
{
addresslist.Add(address);
using (var unconfirmedTxIds = chain_.GetMempoolTransactions(addresslist, nodeExecutor_.UseTestnetRules))
{
foreach (var unconfirmedTxId in unconfirmedTxIds)
{
txPositions.Add(new Tuple <Int64, string>(-1, Binary.ByteArrayToHexString(unconfirmedTxId.Hash)));
}
}
}
}
private async Task <Tuple <ulong, Int64> > GetUnconfirmedSummary(string address)
{
using (var paymentAddress = new PaymentAddress(address))
using (var addresslist = new PaymentAddressList())
{
addresslist.Add(paymentAddress);
using (var unconfirmedTxs = chain_.GetMempoolTransactions(addresslist, nodeExecutor_.UseTestnetRules))
{
Int64 unconfirmedBalance = 0;
foreach (var unconfirmedTx in unconfirmedTxs)
{
using (var getTxResult = await chain_.FetchTransactionAsync(unconfirmedTx.Hash, requireConfirmed: false))
{
Utils.CheckBitprimApiErrorCode(getTxResult.ErrorCode, "FetchTransactionAsync(" + unconfirmedTx.Hash + ") failed, check error log");
ITransaction tx = getTxResult.Result.Tx;
unconfirmedBalance += await Utils.CalculateBalanceDelta(tx, address, chain_, nodeExecutor_.UseTestnetRules);
}
}
return(new Tuple <ulong, Int64>(unconfirmedTxs.Count, unconfirmedBalance));
}
}
}